Use of infectious endometriosis antibacterial drugs
The Infective Endocarditis (Infective Endocarditis, IE) is an infectious disease of the heart or valve, usually caused by bacteria, fungi or other microorganisms. Although the incidence of the disease is low, when it occurs, it tends to be more severe and mortality is higher. Therefore, the timely and accurate use of anti-bacterial drugs is key to the treatment of infectious endometriitis. This paper will examine in detail the causes, clinical performance, diagnostic methods and antibacterial drug use strategies for infectious endometriitis.
Bacteria: The most common fungus is Streptococcus viridans, followed by Staphylococcus aureus, enterococcus spp. and gland cacteria. Fungi: Very rare, but low-immunological patients are prone to fungal endocrinitis, with common fungi (Candida spp.) and fungus (Aspergillus spp.).
Clinical performance Clinical performance of infectious endometriflammitis is diverse and includes, inter alia, fever: a continuous or intermittent fever, which is the common first symptoms. Cardiac murmurs: due to damage to the valves, new murmurs or changes in the original murmur are common. Symptoms of embolism: Embolisms of organs such as the brain, lungs, spleen, kidneys, such as stroke, pulmonary embolism, abdominal pain, etc. All-body symptoms: loss of body weight, inactivity, sweating, joint pain, etc. Skin and mucous expression: Osler knot, Janeway damage, Roth spots, etc.
1. Medical history and medical examination: a detailed inquiry into the history of the disease, in particular the history of heart disease and the recent history of intrusive operations; a heart hearing, with attention to new heart noises. Laboratory examination: Blood training: Multiple haemorrhagic training is the gold standard for the diagnosis of infectious endocrinitis, and it is recommended that at least three blood samples be taken before antibacterial drugs are used. C Reacting Protein (CRP) and Blood Sediment (ESR): Rising Inflammatory Response. Blood tests: anaemia, increase in white cells, etc. 3. Video screening: Ultrasound Cardiac Diagrams: An important means of diagnosing endometriosis through chest ultrasound (TTE) and oesophagus (TEE), showing corrosive dysentery organisms, perforation of the valve and perusal swelling. CT and MRI: When necessary, for the assessment of complications outside the heart, such as sepsis, embolism, etc.
1. Initial Empirical Treatment: Golden Grapes: Vancoma-Uliforpine or Datocin. Straw green streptococcus: Penicillin G or ammonia sicillin is the preferred option for penicillin allergies. Intestine fungus: penicillin G or ammonium silin joint carbino sugar (e.g. Quintanin). Cyclactus gelatin: Three generations of cystasin (e.g., crops) or carbon carcinol (e.g., ammonium benan). Target treatment: Aligning antibacterial drugs with blood culture and drug sensitivity test results. For example, if blood cultures show golden fungus fungus, which is sensitive to methoxiline, it can be replaced with phenolin or peptylin. For drug-resistant strains, such as MRSA (methyloxysilin-resistant golden septonella), the use of vancocin or datocin continues. 3. Treatment: left heart valve infection: IV-6 weeks. Right heart valve infection: IVD 2-4 weeks. Artificial valve infections: intravenous drugs for more than six weeks. Complex cases: for example, combined sepsis, embolism, etc., treatment may be longer. 4. Method of delivery: intravenous: Initial treatment usually uses intravenous medicine to ensure sufficient blood concentration. Oral conversion: Following a marked improvement in the patient ‘ s clinical symptoms and a shift in blood culture, the conversion from intravenous to oral delivery could be considered, subject to close monitoring of the efficacy. 5. Monitoring and follow-up: periodic review of blood culture: ensure that pathogens are removed. Monitoring of kidney function: Certain antibacterial drugs (e.g. amino sugar slurry, vancomicin) may have an impact on kidney function and require regular monitoring. The ultrasound cardiac map follows up: Assessing the recovery of the cardiac disease.
1. Cardiac failure: active control of infection and, if necessary, support for treatment with urea, angiogenesis, etc. 2. Embolism: Depending on the location and severity of the embolism, it may be necessary to treat the embolism or to remove it by surgery. 3. Veal damage: In the case of severe valve damage or valve functional impairment, surgery may be required to repair or replace the valve.
1. Prevention of high-risk groups: Cardiac valve patients: preventive use of antibacterials prior to intrusive operations such as dental, urinary and urinary tracts. Artificial valve patients: Regular follow-up, attention to signs of infection. 2. Personal hygiene: maintenance of oral hygiene, regular tooth washing and prevention of dental problems. 3. Healthy lifestyle: freedom from alcohol and tobacco, balanced diet, adequate exercise and increased immunity.
Infective endocrinitis is a serious infectious disease and the timely and accurate use of antibacterial drugs is key to treatment. Accurate diagnosis of infectious endocardiitis can be achieved through a combination of medical history collection, medical examination, laboratory examination and visual examination. Sound antibacterial treatment, medical support and necessary surgical intervention are important measures of treatment. In addition, increased prevention and health education for high-risk groups has helped to reduce the incidence of sexually transmitted endocrinitis. Future research should further explore more effective prevention and treatment methods to improve the quality of life and survival of patients.
